Inductor Test and Pack Machine
Model: FMS-500L

FMS-500L Front View

Product Overview

This machine is used for testing and taping-packaging wire-wound inductors. Parts are aligned by feeder bowl and transferred by turret vacuum pickup through position correction, testing, reject removal, and tape loading for continuous mass-production operation.

Why Choose FMS-500L

Approx. 80 pcs/min
0603 reference throughput
12 cutting indexes
Stable workstation takt setup
Testing + packaging
Single-machine integrated continuous workflow

Key Features

  • HMI operation with PLC programmable control.
  • Includes material testing mechanism (test instruments not included).
  • Integrated reject mechanism with automatic taping-packaging mechanism.

Implementation Flow

  1. Requirement interview: confirm part size, test items, and target CT.
  2. Fixture/station evaluation: plan bowl feeder, turret, and test stations.
  3. Sample validation: confirm test results and taping quality.
  4. Implementation training: establish mass-production changeover workflow after handover.
  5. Production tracking: optimize with yield and takt feedback.

Images + Video

Equipment Images

FMS500_Front FMS500_Tower

Key Specifications

  • Applicable part: 0603 power inductor
  • Packaging tape: 16mm EMBOSS / 12mm pitch
  • Throughput: 0603 approx. 80 pcs/min
  • Test stations: 3
  • Position correction: 2 stations
  • Reject station: 1 station, 5 categories
  • Power: AC220V single-phase
  • Dry air: 5 kgf/cm²
  • Machine dimensions: 1,350W * 680D * 1,950H (with tower light)
  • Machine weight: approx. 350 kg

Applications

Wire-wound inductor

Detailed Datasheet

Click here to view or download

Related Resources

Download FMS-500 Datasheet View NYB-350

Use Cases

Mass Production Deployment at Multiple Listed Companies

FMS series has been deployed in mass-production lines at multiple listed companies, ideal for scenarios requiring strong testing-packaging integration and stable continuous takt.

FAQ

Can it connect with existing test instruments?

Yes. We first evaluate on-site instrument specs and communication methods, then confirm integration.

How is actual CT evaluated?

Please provide part size, test items, and target throughput for takt-time evaluation.